The phrase "array can effectively" is correct and usable in written English.
It can be used when discussing the capabilities or functions of an array in programming or data organization contexts.
Example: "An array can effectively store multiple values in a single variable, making data management more efficient."
Alternatives: "array can efficiently" or "array can successfully".
The introduction of micro-holes array can effectively reduce the crosstalk between the eyes and the influence of stray light.
We found that the simultaneous increase of the height of the SWS and the fill factor of the SWS array can effectively suppress the rising of the reflectance in the near-infrared range (1 2 μm).
The high density SNP array can effectively capture the additive genetic variation in complex traits.
To further evaluate the use of the array for genotyping N. vitripennis− N. longicornis hybrids, we calculated precision to be 98.4% and recall to be 91.2% for a SIL from this species pair (SIL17_ws1_lV), demonstrating that much of the array can effectively distinguish between N. vitripennis and N. longicornis DNA.
Furthermore, ZnO nanosheet arrays can effectively trap the light by extending the path length due to multiple reflections.
Highly uniform, self-ordered anodic aluminum oxide (AAO) with an ordered nanoporous array can be effectively formed from industrially pure (99.5%) aluminum sheets through an anodizing program in a mixture solution of sulfuric and oxalic acids.
Furthermore, it suggests that although there is some loss of useful markers relative to the original N. vitripennis− N. giraulti comparison, the array can still effectively genotype a large number of markers in N. vitripennis− N. oneida and N. vitripennis− N. longicornis comparisons.
Based on recordings from closely spaced uniform seismometers, various array methods can effectively enhance signal-to-noise ratios and significantly lower the detection threshold.
The power loss in the rectifier for parallel case is 5 times that for series case, which demonstrates that series connection for array harvester can effectively decrease the power loss in the rectifier.
In this study, we present evidence that nanoscale ridge/groove pattern arrays alone can effectively and rapidly induce the differentiation of hESCs into a neuronal lineage without the use any differentiation-inducing agents.
A feasibility study utilizing the proposed model is also conducted and the results indicate that an array of LHPs can effectively transport heat from the motor section of the vehicle to the underbody, reducing significantly the aerodynamic losses.
